Final report of our DOE funded research program. Aim of the research program was to provide a fundamental basis from which the mechanical reliability of layered structures may be understood, and to provide guidelines for the development of technologically relevant layered material structures with optimum resistance to fracture and subcritical debonding. Progress in the program to achieve these goals is described
The reported project aims at understanding the influence of the composition, microstructure, tempera...
Ceramics materials have the potential for use in high-temperature, fuel-efficient engines. However, ...
Presently there are many opportunities for the application of ceramic materials at elevated temperat...
This program has supported basic research into the mechanisms and mechanics of failure of ceramic ma...
This report covers work done in the final year of the contract High Temperature Fracture and Fatigue...
Significant improvements in propulsion and power generation for the next century will require revolu...
This report covers work done in the second year of the phase of the contract. The authors focused in...
Final technical report detailing unique experimental and multi-scale computational modeling capabili...
A metal/ceramic component is joined at a high temperature (i.e., at the melting temperature of a Ag-...
The slow crack growth properties of six structural ceramics were measured by dynamic fatigue in air ...
Ceramics are being considered for a wide range of structural applications due to their low density a...
The understanding of the mechanisms of fatigue-crack propagation in advanced ceramics at elevated te...
Methods are highlighted that ascertain the structural reliability of components fabricated of compos...
In high-temperature fatigue crack growth (FCG) experiments on ceramic materials containing amorphous...
Abstract: The fatigue properties of fine-grain Y-TZP in cyclic flexural testing are studied. Compara...
The reported project aims at understanding the influence of the composition, microstructure, tempera...
Ceramics materials have the potential for use in high-temperature, fuel-efficient engines. However, ...
Presently there are many opportunities for the application of ceramic materials at elevated temperat...
This program has supported basic research into the mechanisms and mechanics of failure of ceramic ma...
This report covers work done in the final year of the contract High Temperature Fracture and Fatigue...
Significant improvements in propulsion and power generation for the next century will require revolu...
This report covers work done in the second year of the phase of the contract. The authors focused in...
Final technical report detailing unique experimental and multi-scale computational modeling capabili...
A metal/ceramic component is joined at a high temperature (i.e., at the melting temperature of a Ag-...
The slow crack growth properties of six structural ceramics were measured by dynamic fatigue in air ...
Ceramics are being considered for a wide range of structural applications due to their low density a...
The understanding of the mechanisms of fatigue-crack propagation in advanced ceramics at elevated te...
Methods are highlighted that ascertain the structural reliability of components fabricated of compos...
In high-temperature fatigue crack growth (FCG) experiments on ceramic materials containing amorphous...
Abstract: The fatigue properties of fine-grain Y-TZP in cyclic flexural testing are studied. Compara...
The reported project aims at understanding the influence of the composition, microstructure, tempera...
Ceramics materials have the potential for use in high-temperature, fuel-efficient engines. However, ...
Presently there are many opportunities for the application of ceramic materials at elevated temperat...